-
ProductsService and SupportBusiness consultation hotline：
-
-
Service and SupportBusiness consultation hotline： -
Support
Service and SupportBusiness consultation hotline： -
Service and SupportBusiness consultation hotline：
Professional consultation, worry-free online!
Didn't find the information you were looking for? Please leave your contact information, and we'll send you a list of distributors from various regions.
Cast resin transformer ( Dry type transformer)
Classification:
Keywords
Retail price:
Market price:
Number:
e008
Weight:
Remaining stock
隐藏域元素占位
Field of application
-
Specification
These transformers are made with a magnetic core from laminated grain-oriented silicon steel. Additionally, HV winding can also be wound from insulated by an inter-layer film, pre-impregnated with heat-activated epoxy resin. The ends of the windings are protected and insulated using Class F materials. With outstanding resistance to harsh industrial atmospheres, excellent dielectric withstand and very good resistance to short-circuit conditions are ideal for industrial and commercial use.
Features and Advantages
- Guaranteed against fire hazards.
- Thermal insulation Class F
- Resistance to high humidity levels > 95%
- Naturally cooled (AN) or air forced (AF) on request
- Safe and environment friendly
- Low maintenance cost
Parameters
SCB11series 35KVcast resin transformer (dry type transformer)
Code and implication
Model
Rated power
(kVA)Rated primary voltage
(kV)Tapping
(%)Rated secondary voltage
(no-load)
(kV)Vector group
No-load losses
(W)Load losses
(W)No-load current
(%)Rated impedance
(%)SCB11-50
50
35
38.5±2×2.5
±50.4
Yyn0
Dyn11450
1420
2.3
6.0
SCB11-100
100
35
38.5±2×2.5
±50.4
Yyn0
Dyn11630
2090
2.0
6.0
SCB11-160
160
35
38.5±2×2.5
±50.4
Yyn0
Dyn11790
2810
1.5
6.0
SCB11-200
200
35
38.5±2×2.5
±50.4
Yyn0
Dyn11880
3320
1.5
6.0
SCB11-250
250
35
38.5±2×2.5
±50.4
Yyn0
Dyn11990
3800
1.3
6.0
SCB11-315
315
35
38.5±2×2.5
±50.4
Yyn0
Dyn111170
4510
1.3
6.0
SCB11-400
400
35
38.5±2×2.5
±50.4
Yyn0
Dyn111370
5410
1.1
6.0
SCB11-500
500
35
38.5±2×2.5
±50.4
Yyn0
Dyn111620
6650
1.1
6.0
SCB11-630
630
35
38.5±2×2.5
±50.4
Yyn0
Dyn111860
7690
1.0
6.0
SCB11-800
800
35
38.5±2×2.5
±50.4
Yyn0
Dyn112160
9120
1.0
6.0
SCB11-1000
1000
35
38.5±2×2.5
±50.4
Yyn0
Dyn112430
1040
0.75
6.0
SCB11-1250
1250
35
38.5±2×2.5
±50.4
Yyn0
Dyn112830
1270
0.75
6.0
SCB11-1600
1600
35
38.5±2×2.5
±50.4
Yyn0
Dyn113240
1540
0.75
6.0
SCB11-2000
2000
35
38.5±2×2.5
±50.4
Yyn0
Dyn113820
1820
0.75
6.0
SCB11-2500
2500
35
38.5±2×2.5
±50.4
Yyn0
Dyn114450
2180
0.75
6.0
SCB11Series 10KVTransformer
Code and implication
Rated power
(kVA)Rated primary voltage
(kV)Tapping
(%)Rated secondary voltage
(no-load)
(kV)Vector group
No-load losses
(kW)Load losses at different insulation classes
No-load current
(%)Rated impedance
(%)130℃（B）(100℃)
155℃（F）(120℃)
180℃（H）(145℃)
30
6/6.3/6.6/10/10.5/11
±2.5
±50.4
Dyn11
Yyn00.19
0.67
0.71
0.76
2
4
50
6/6.3/6.6/10/10.5/11
±2.5
±50.4
Dyn11
Yyn00.27
0.94
1
1.07
2
4
80
6/6.3/6.6/10/10.5/11
±2.5
±50.4
Dyn11
Yyn00.37
1.29
1.38
1.48
1.5
4
100
6/6.3/6.6/10/10.5/11
±2.5
±50.4
Dyn11
Yyn00.4
1.48
1.57
1.69
1.5
4
125
6/6.3/6.6/10/10.5/11
±2.5
±50.4
Dyn11
Yyn00.47
1.74
1.85
1.98
1.3
4
160
6/6.3/6.6/10/10.5/11
±2.5
±50.4
Dyn11
Yyn00.54
2
2.13
2.28
1.3
4
200
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn00.62
2.37
2.53
2.71
1.1
4
250
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn00.72
2.59
2.76
2.96
1.1
4
315
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn00.88
3.27
3.47
3.73
1
4
400
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn00.98
3.75
3.99
4.28
1
4
500
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn01.16
4.59
4.88
5.23
1
4
630
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn01.34
5.53
5.88
6.29
0.85
4
630
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn01.3
5.61
5.96
6.40
0.85
6
800
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn01.52
6.55
6.96
7.46
0.85
6
1000
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn01.77
7.65
8.13
8.76
0.85
6
1250
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn02.09
9.1
9.69
10.3
0.85
6
1600
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn02.45
11.1
11.7
12.5
0.85
6
2000
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn03.05
13.6
14.4
15.5
0.7
6
2500
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn03.6
16.1
17.1
18.4
0.7
6
1600
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn02.45
12.2
12.9
13.9
0.85
8
2000
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn03.05
15
15.9
17.1
0.7
8
2500
6/6.3/6.6/10/10.5/11
±2×2.5
±50.4
Dyn11
Yyn03.6
17.7
18.8
20.2
0.7
8
Dimensions
Note: Dimensions are for guidance and reference only and are NON CONTRACTUAL.
Logistic and service
Once the transformer is successfully tested and qualified, the product is ready for shipping either by truck or sea-freight.
As a manufacturer, we understand the relevance that logistics represents to our customers. This is one of the reasons why Aisite has developed a large and qualified net work of suppliers that have the same values and targets.
Aisite takes care of all official documentation, depending on final destinations and delivery terms.
Different packaging for special applications or conditions:
- Standard packing
- Crate packing
- Seaworthy packing
Built for sturdiness and efficiency(Production process)
The core
The iron core forms the central element of every transformer. High-grade, cold-rolled metal sheets are precision-cut using computer-controlled machines to ensure compliance with even the smallest tolerances. The individual sheets are then assembled into cores using the step-lap technique by our veteran workers. In this way, weachieve an especially good flux distribution at the joints, resulting in exceptionally low losses and minimal no-load noise.
Windings
Transformer windings are subject to extremely high electrical and mechanical stresses and must therefore be protected. The transformer windings of our transformers are made of copper or aluminum. Low-voltage windings are made fromfoil, and high-voltage windings are manufactured from round orstripprofile wire. The use of insulating paper partially coated with epoxy resin (diamond-dotted paper) bonds the winding into a compact block during the drying process and additionally increases the short-circuit capacity.
Encapsulation process
The encapsulation process is a key stage within the manufacturing process. Encapsulation is carried out under the most rigorous conditions in order to ensure optimum insulating and mechanical characteristics. The resin mix is prepared in a continuously monitored mixing plant where all the components are mixed together just before the encapsulation process. Inside the vacuum casting chamber, the resin is introduced into the mould. The components are mixed together just before the encapsulation process, this ensures that the viscosity of the resin when poured in the moulds is very low, filling interstices and allowing the finished winding to reach the lowest level of partial discharge. Once the casting is finished the coils are placed into the curing oven for the resin gel to cure, and acquire the optimal final electrical and mechanical properties.
Final assembly
The transformer’s core-and-coil assembly consists of the core, windings, and connecting cables.
Testing
Ourtransformers are dispatched to the customer only after successfully passing the final inspection and testing. Ourfactory has a high-voltage test bay, where our veteranspecialists conduct a wide range of tests, from voltage tests and temperature-rise tests, to special tests for insulation resistance, partial discharge measurement, harmonics, and noise level. Short-circuit tests are performed in internationally recognized and approved institutes. Ourtests in accordance with the applicable standards and provides our customers with additional certificates on request.
For laboratory- or on-site measurements of partial discharge at medium-and high voltage components according GB/T 7354-2003, VDE 0434, IEC 60270, EN 50178, VDE 0884, IEC60747-5-5, UL 1577 and others.
Previous page:
Next page:
Related products
Professional consultation, worry-free online!
WhatsApp：
Tel：
E-mail:
Address:
500 meters southeast of Yilong Bridge in Yichuan, Luoyang, China
8615896663407